Cadence turns your chemistry syllabus into a living practice engine.
Use the knowledge graph and canonical topic list as the control plane. Start from real university chemistry course questions and topic structures, generate fresh work for the exact concept being studied, and keep the practice thread alive until the student decides to clear it.
Knowledge Graph Preview
Chemistry control plane
Chemical Formulas & Naming
Stoichiometry
Lab & Experimental
Atomic Structure & Light
Periodic Trends
Nuclear Chemistry
Lewis Structures & Bonding
Polarity & Resonance
Intermolecular Forces
Solutions & Solubility
Thermodynamics
Kinetics
Equilibrium
Acid-Base & Buffers
Electrochemistry & Redox
Organic & Functional Groups
Stereochemistry & Isomers
Coupled Reactions
Live Topic
Intermolecular Forces
Generated prompt preview
Generate a fresh practice problem centered on Ionic Bonding.
Question Mode
Multiple Choice
Difficulty Range
2-4
Persistent Session
Return to the same thread
Selected topic and subtopic
Question history in the active thread
Inline grading and targeted feedback
Recommended next difficulty and mode
Why Cadence
Built around the actual bottleneck in chemistry practice.
Students do not need another generic chat window. They need a product that knows what comes first in the course, what should be practiced next, and how to keep a study thread coherent across days and weeks while staying anchored to real university chemistry material.
Canonical chemistry graph
The product starts from a cleaned topic map and topic list, so practice stays aligned with the course sequence instead of jumping randomly across chemistry.
Grounded in real university chemistry courses
Cadence starts from real chemistry course questions and structured university topic coverage, then generates fresh work from that academic context instead of inventing disconnected practice.
Persistent practice sessions
Students can leave and return without losing the thread. Question history, drafts, grading, and the active focus stay attached to the session.
Account-level mastery
Each graded answer updates course progress, readiness, and next-topic recommendations at the account level rather than treating every session like an isolated quiz.
How It Works
One control plane for topic selection, generation, and mastery.
The graph decides scope. Real university chemistry material grounds the generation. Every graded answer updates the student account model and informs the next recommendation inside the same session.
Scope
Topic graph first
Generation
University-grounded
Persistence
Sessions survive refresh
Step 01
Choose where you are in the course
Open the topic graph, click into the current unit, and constrain practice to the topics that actually belong in the student’s current stretch of the class.
Step 02
Generate the next problem from grounded context
Cadence combines real university chemistry question patterns, topic relationships, subtopic targeting, and question-type ranges to create a fresh problem with a clear reason for why it was chosen.
Step 03
Keep the thread alive until the student deletes it
The session remembers previous questions, grading, drafts, and mastery updates, so students can return to the same practice thread instead of restarting every visit.
Mastery Update
A useful topic read usually arrives in 3 to 8 graded questions.
Cadence starts with the chemistry course graph, then updates the mastery estimate after every graded answer. The uncertainty band narrows faster when answers are consistent and widens when the evidence is mixed.
0-2 questions
Set the baseline
Cadence begins with the course graph and a topic-level starting estimate instead of assuming zero knowledge.
3-4 questions
Directional read
Usually enough to steer the next question type and avoid obviously off-target recommendations.
6-8 questions
Stable topic estimate
A solid read for whether to hold the topic, reinforce it, or move one step forward in the graph.
10-12 questions
High-confidence call
Enough evidence for a strong mastery recommendation unless the answers are highly mixed.
Typical per-topic evidence range, not a hard threshold. Consistent answers can tighten the estimate faster, while mixed results or boundary-difficulty questions can require more evidence.
Course Progress
See mastery in the same place you practice.
Readiness
68%
Coverage
43%
Current Unit
Kinetics
Chemical Formulas & Naming
82%
Stoichiometry
74%
Acid-Base & Buffers
58%
Kinetics
41%
Session Memory
A practice thread that feels continuous.
Active Session
Kinetics practice
History
6 questions kept in thread
Next Mode
Numeric or free response
Equilibrium
Cadence promotes adjacent topics in the course graph, so the next practice block stays close to the student’s current unit instead of jumping to later-course material.
Pricing
Compare Cadence plans.
Start free, upgrade when Cadence becomes the center of your chemistry workflow, and move to Pro when you need multi-course or instructor-grade usage.
Starter
Best for trying Cadence
For students getting started with course-aware chemistry practice.
Topic graph and canonical topic list
Limited daily chemistry problem generation
One persistent practice session
Basic course progress snapshot
Login and saved question history
Cadence Plus
Most popular
For serious students who want Cadence as the default study workflow.
Everything in Starter
Unlimited chemistry practice generation
Full persistent session history
Account-level mastery and recommendations
All question modes: MCQ, numeric, free response, ordering
Priority generation and grading
Cadence Pro
For advanced use
For tutors, instructors, and power users running more than one workflow.
Everything in Plus
Multi-course workspace support
Instructor upload and review workflows
Higher usage limits and faster queue priority
Shared study workflows for small teams
Priority support
Departments and enterprise
Custom pricing
For tutoring companies, departments, and institutional chemistry programs. Includes multi-user rollout support, shared course configurations, instructor analytics, and custom onboarding.
Ready To Start
Open Cadence and start from the exact topic you are studying.
Move from the knowledge graph into a persistent practice thread, generate grounded problems from real university chemistry course material, and keep an honest view of course readiness as the account evolves.